Highly precise speed control without slipping is possible with synchronous motor (IPM motor) having permanent magnet in the rotor. Highest efficiency in IEC60034-30 of IE4 (super premium efficiency) is realized to obtain larger energy-saving effect. Installation size is the same as that for standard induction motor, for easy replacement.

Highly precise speed control without slipping is possible with synchronous motor (IPM motor) having permanent magnet in the rotor. Highest efficiency in IEC60034-30 of IE4 (super premium efficiency) is realized to obtain larger energy-saving effect. Installation size is the same as that for standard induction motor, for easy replacement.

Highly precise speed control without slipping is possible with synchronous motor (IPM motor) having permanent magnet in the rotor. Highest efficiency in IEC60034-30 of IE4 (super premium efficiency) is realized to obtain larger energy-saving effect. Installation size is the same as that for standard induction motor, for easy replacement.

Motor loss is reduced by using permanent magnet in the rotor. Motor contributing to earth's environment by reducing power consumption and CO2 emissions compared with standard efficiency motors. - Long lifetime: Reduce loss to reduce heat generated by the motor. ?Temperature of bearing goes down so that lifetime of bearing grease tends to be longer than that of motors with standard efficiency. - Low noise: Since heat generation is smaller compared with standard motors, outer fan can be made smaller to make less noise.

Highly precise speed control without slipping is possible with synchronous motor (IPM motor) having permanent magnet in the rotor. Highest efficiency in IEC60034-30 of IE4 (super premium efficiency) is realized to obtain larger energy-saving effect. Installation size is the same as that for standard induction motor, for easy replacement.